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    • 21. 发明申请
    • Method for Manufacturing Semiconductor Wafer
    • 半导体晶片制造方法
    • US20090047526A1
    • 2009-02-19
    • US11840615
    • 2007-08-17
    • Masaharu NinomiyaKoji MatsumotoMasahiko NakamaeMasanobu MiyaoTaizoh Sadoh
    • Masaharu NinomiyaKoji MatsumotoMasahiko NakamaeMasanobu MiyaoTaizoh Sadoh
    • H01L21/20B32B9/04
    • H01L21/76254
    • A method for manufacturing a semiconductor wafer with a strained Si layer having sufficient tensile strain and few crystal defects, while achieving a relatively simple layered structure, is provided. The method includes the steps of: (a) forming an SiGe mixed crystal layer 12 and a first Si layer 13 in this order on the surface of a silicon wafer 11; (b) forming an SiO2 layer 16 on top of the first Si layer and/or a support wafer 14; (c) forming a layered product 17 by stacking the silicon wafer and the support wafer with the SiO2 layer being placed therebetween; (d) forming a second Si layer 18 by thinning the silicon wafer of the layered product; (e) implanting hydrogen ion and/or rare gas ion, such that ionic concentration peaks in a predetermined area; (f) subjecting the layered product to a first heat treatment; and (g) carrying out a second heat treatment following the first heat treatment, thereby relaxing the SiGe mixed crystal layer and diffusing Ge through portions of the first Si layer and the second Si layer.
    • 本发明提供一种制造半导体晶片的方法,该半导体晶片具有具有足够的拉伸应变和很少的晶体缺陷的应变Si层,同时实现相对简单的分层结构。 该方法包括以下步骤:(a)在硅晶片11的表面上依次形成SiGe混晶层12和第一Si层13; (b)在第一Si层和/或支撑晶片14的顶部上形成SiO2层16; (c)通过将硅晶片和支撑晶片叠置在其间的SiO 2层来形成层叠体17; (d)通过使层叠体的硅晶片变薄来形成第二Si层18; (e)植入氢离子和/或稀有气体离子,使得离子浓度在预定区域中峰值; (f)对层叠体进行第一次热处理; 和(g)在第一热处理之后进行第二热处理,从而使SiGe混晶层松弛,并通过第一Si层和第二Si层的一部分扩散Ge。
    • 22. 发明申请
    • Spinning Pack for Dry-Wet Spinning, Diverting Guide for Fiber Bundle, and Apparatus and Method for Producing Fiber Bundle
    • 用于干湿纺丝的纺丝包,纤维束分流指引,以及用于生产纤维束的装置和方法
    • US20080290551A1
    • 2008-11-27
    • US11630731
    • 2005-06-23
    • Kohei TakataniMakoto KibayashiKoji MatsumotoKazuhisa Narusawa
    • Kohei TakataniMakoto KibayashiKoji MatsumotoKazuhisa Narusawa
    • D01F6/00
    • D01D4/08D01D4/02
    • A spinning pack for dry-wet spinning is provided with a spinneret having not less than 6,000 spinning holes and having an aspect ratio Ra of not less than 2.5 for a spinning hole array of the spinning holes. In a device and method for producing a fiber bundle, a drawing angle of single fibers formed by the single fibers and a spinneret surface of a spinneret is in a range from 87° to 92°, the single fibers being fibers discharged from the outermost spinning holes located in the long side direction of the spinneret and running to a fiber bundle diverting guide provided in a coagulation bath. Further, a drawing angle of single fibers formed by the single fibers and the spinneret surface of the spinneret is in a range from 83° to 87°, the single fibers being fibers discharged from the outermost spinning holes located in the short side direction of the spinneret and running to the fiber bundle diverting guide provided in the coagulation bath.
    • 用于干湿纺丝的纺丝组件具有喷丝孔,该喷丝头具有不小于6000个纺丝孔,并且对于纺丝孔的纺丝孔阵列具有不小于2.5的纵横比Ra。 在用于生产纤维束的装置和方法中,由单根纤维形成的单根纤维和喷丝头的喷丝头表面的拉拔角在87°至92°的范围内,单根纤维是从最外侧纺丝排出的纤维 孔位于喷丝板的长边方向上,并运行到设置在凝固浴中的纤维束分流导向件。 此外,由单根纤维形成的单根纤维和喷丝板的喷丝头表面的拉伸角在83°至87°的范围内,单根纤维是从位于该喷丝板的短边方向的最外侧纺丝孔排出的纤维 喷丝头并运行到设置在凝固浴中的纤维束分流导向件。
    • 23. 发明申请
    • Jack
    • 插口
    • US20080280499A1
    • 2008-11-13
    • US11998840
    • 2007-11-30
    • Kenji MikiKoji Matsumoto
    • Kenji MikiKoji Matsumoto
    • H01R24/04
    • H01R13/26H01R13/652H01R24/58H01R2103/00H01R2105/00
    • A jack having enhanced reliability and strength against torsional forces is provided. The jack including a plug inlet for receiving a plug having at least one electrode formed thereon for electrical signals, comprises an elongated spring having a free end part with a pressing portion capable of pressing a side surface of the inserted plug, and a proximal end part fixed to the jack. The jack further comprises a retaining portion capable of contacting a first contact portion and a second contact portion arranged at opposite sides thereof along a direction of inserting the plug when the plug is inserted into the jack.
    • 提供了一种具有提高抗扭力的可靠性和强度的千斤顶。 所述千斤顶包括用于接收具有形成在其上的电信号的至少一个电极的插头的插头入口,包括具有自由端部的细长弹簧,该自由端部具有能够按压插入插头的侧表面的按压部分,以及近端部分 固定在千斤顶。 插座还包括保持部分,当插头插入插座时,保持部分能够沿插入插头的方向与第一接触部分和布置在其相对侧的第二接触部分接触。
    • 27. 发明申请
    • Magneto-optical recording medium
    • 磁光记录介质
    • US20060127702A1
    • 2006-06-15
    • US11339619
    • 2006-01-26
    • Takahiro UmadaKoji MatsumotoKeiji Shono
    • Takahiro UmadaKoji MatsumotoKeiji Shono
    • G11B5/66G11B5/33
    • G11B11/10586G11B11/10534G11B11/10554G11B11/10584Y10T428/115
    • In a magneto-optical recording medium having a recording reproduction layer between a substrate and a protective film layer, a recording head disposed at the protective film layer side produces a magnetic field and a light is projected from the recording head side so that information is recorded on the recording reproduction layer. A ratio (Bs2×t2 /Bs1×t1) of a product Bs2×t2 to a product Bs1×t1 is not less than 0.2, where t1 denotes a film thickness of a soft magnetic layer constituting a recording head for supplying the magnetic field to the magneto-optical recording medium, the recording head having a magnetic field generating coil, Bs1 denotes a saturation magnetic flux density of the soft magnetic layer, t2 denotes a film thickness of a soft magnetic layer constituting the magneto-optical recording medium, and Bs2 denotes a saturation magnetic flux density of the soft magnetic layer.
    • 在具有在基板和保护膜层之间具有记录再现层的磁光记录介质中,设置在保护膜层侧的记录头产生磁场,并且从记录头侧突出出光以便记录信息 在录音再现层。 乘积Bs 2×t 2与乘积Bs 1×t 1的比率(Bs 2×t 2 / Bs 1×t 1)为0.2以上,其中,t 1表示构成记录头的软磁性层的膜厚 将磁场提供给磁光记录介质,记录头具有磁场产生线圈,Bs1表示软磁层的饱和磁通密度,t 2表示构成磁光的软磁层的膜厚度 光学记录介质,Bs2表示软磁性层的饱和磁通密度。
    • 29. 发明申请
    • Apparatus for orienting and laminating binder-adhered wood chips and method of manufacturing wooden composite material
    • 用于定向和层压粘合剂粘合木片的装置和制造木制复合材料的方法
    • US20060108044A1
    • 2006-05-25
    • US10548631
    • 2003-08-11
    • Koji MatsumotoTakumi Murata
    • Koji MatsumotoTakumi Murata
    • B31B1/60B32B37/00
    • B27N3/143Y10T156/10Y10T156/17
    • It is the object of the invention to provide an orienting and laminating apparatus of wood chips with a bonding agent applied which can produce continuously a long and thick wood composite material having mechanical strength enough to be used for a structural material, an orienting and laminating method of wood chips with a bonding agent applied, and a production method of a wood composite material. The invention relates to an orienting and laminating apparatus of a wood chip with a bonding agent applied, being an apparatus for orienting and laminating a wood chip with a bonding agent applied, which comprises a supply means of a wood chip with a bonding agent applied, an orientation means of the wood chip with a bonding agent applied, a means of vibrating the orientation means of the wood chip with a bonding agent applied, and a transportation means of a laminated mat of the wood chip with a bonding agent applied laminated, the orientation means of the wood chip with a bonding agent applied comprising a plurality of plates uprightly installed in parallel to be parallel to the transportation direction of the transportation means of the laminated mat, and the orientation means of the wood chip with a bonding agent applied being vibrated slantingly upward from the horizontal direction to the transportation direction of the transportation means of the laminated mat by the means of vibrating the orientation means of the wood chip with a bonding agent applied.
    • 本发明的目的是提供一种具有粘合剂的木片的定向和层压装置,其可以连续生产具有足够用于结构材料的机械强度的长而厚的木材复合材料,定向和层压方法 具有粘合剂的木片,以及木材复合材料的制造方法。 本发明涉及一种应用了粘合剂的木屑的定向和层压装置,它是一种用于使用粘合剂定向和层压木屑的装置,其中包括一个应用了粘接剂的木屑供应装置, 具有粘合剂的木片的定向装置,用施加的粘合剂使木片的取向装置振动的装置,以及层压有粘合剂的木片的层压垫的输送装置, 具有粘合剂的木片的定位装置包括垂直地平行安装成平行于层压垫的输送装置的输送方向的多个板,并且使用粘合剂的木片的定向装置 通过振动臂从水平方向向层叠垫的运送装置的运输方向向上倾斜地振动 用施加的粘合剂评价木片的定向装置。
    • 30. 发明申请
    • Fitting
    • 配件
    • US20060108009A1
    • 2006-05-25
    • US10541365
    • 2003-02-19
    • Koji Matsumoto
    • Koji Matsumoto
    • F16L37/36
    • F16L37/36F16L37/30Y10T137/4259Y10T137/87973
    • A pipe coupling is provided that facilitates an operation of opening or closing a ball valve and suppresses damage to a cylindrical seal member by the ball valve when rotated, thereby enabling an improvement in durability. A socket fluid passage (4) in a socket (1) is opened or closed with a ball valve (5). A cylindrical seal member (11) is disposed in a primary fluid passage portion (4a) of the socket fluid passage (4) in such a manner as to be in pressure contact with the ball valve (5) to seal between the ball valve (5) and the inner wall of the socket fluid passage (4). The ball valve (5) is rotatable to open when the socket (1) and a plug (2) are locked to each other by a lock mechanism (16). The ball valve (5) is provided with a sub-valve bore (33) that allows fluid in the primary fluid passage portion (4a) to be delivered to a secondary fluid passage portion (4b) of the socket fluid passage (4) through the ball valve (5) before a valve bore (7) of the ball valve (5) opens into the socket fluid passage (4) when the ball valve (5) is rotated.
    • 提供一种管接头,其有助于打开或关闭球阀的操作,并且通过球阀在旋转时抑制圆柱形密封构件的损坏,从而能够提高耐久性。 插座(1)中的插座流体通道(4)用球阀(5)打开或关闭。 圆柱形密封构件(11)以与球阀(5)压力接触的方式设置在插座流体通道(4)的主要流体通道部分(4a)中,以密封球阀 (5)和插座流体通道(4)的内壁。 当插座(1)和插头(2)通过锁定机构(16)彼此锁定时,球阀(5)可旋转以打开。 球阀(5)设置有副阀孔(33),其允许主流体通道部分(4a)中的流体被输送到插座流体通道(4)的次级流体通道部分(4b) ),当球阀(5)旋转时,在球阀(5)的阀孔(7)打开到插座流体通道(4)之前,通过球阀(5)。